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Geometrical and physical optics / R. S. Longhurst.

By: Material type: TextTextPublication details: London : Longman, 1967.Edition: 2nd edDescription: xvi, 592 p. illus., 4 plates, tables, diagrs. 25 cmSubject(s): DDC classification:
  • 535 L854
Contents:
1. Introduction and elementary theory 2. The general geometrical theory of optical systems 3. The paraxial theory of optical instruments 4. The determination of the paraxial constants of optical systems 5. Prismatic instruments for refractometry and spectroscopy 6. The wave theory of light 7. Interference of two beams. Division of wavefront 8. Interference of two beams. Division of amplitude 9. Multiple beam interferometry 10. Huygens' principle and the scalar theory of diffraction 11. Fraunhofer diffraction patterns 12. Diffraction gratings 13. Fresnel diffraction patterns 14. The physical theory of image formation in optical instruments 15. The monochromatic aberrations 16. The occurrence and control of aberrations in optical systems 17. Visual optic 18. Photometry 19. The electromagnetic theory of light 20. Absorption, dispersion and scattering 21. Reflection and refraction 22. The propagation of light in crystals 23. Optical activity 24. The velocity of light
List(s) this item appears in: Physics
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Books Books UE-Central Library 535 L854 (Browse shelf(Opens below)) Available T2717

includes index

1. Introduction and elementary theory
2. The general geometrical theory of optical systems
3. The paraxial theory of optical instruments
4. The determination of the paraxial constants of optical systems
5. Prismatic instruments for refractometry and spectroscopy
6. The wave theory of light
7. Interference of two beams. Division of wavefront
8. Interference of two beams. Division of amplitude
9. Multiple beam interferometry
10. Huygens' principle and the scalar theory of diffraction
11. Fraunhofer diffraction patterns
12. Diffraction gratings
13. Fresnel diffraction patterns
14. The physical theory of image formation in optical instruments
15. The monochromatic aberrations
16. The occurrence and control of aberrations in optical systems
17. Visual optic
18. Photometry
19. The electromagnetic theory of light
20. Absorption, dispersion and scattering
21. Reflection and refraction
22. The propagation of light in crystals
23. Optical activity
24. The velocity of light

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